
Developed and delivered a Kubeflow PyTorch MNIST pipeline example in the run-house/runhouse repository, showcasing an end-to-end machine learning workflow from data preprocessing through GPU-accelerated model training to inference deployment. The work emphasized maintainability by removing outdated Mistral and Stable Diffusion XL deployment examples on AWS Inferentia2, reducing technical debt and minimizing user confusion. Leveraged Python, Shell scripting, and deep learning frameworks to implement and document the pipeline, focusing on reproducibility and deployment polish. No major bugs were reported during this period, reflecting a focus on code health and clarity while integrating cloud computing and machine learning best practices.
March 2025: Key achievements include delivering a Kubeflow PyTorch MNIST pipeline example that demonstrates end-to-end ML workflows—data preprocessing, GPU-based model training, and inference deployment. In addition, the month included cleanup work removing outdated Mistral and Stable Diffusion XL deployment examples on AWS Inferentia2 to reduce technical debt and risk of misconfiguration. Major bugs fixed: none reported; ongoing focus on code health and maintainability. Technologies demonstrated: Kubeflow, PyTorch, Kubeflow Pipelines, GPU acceleration, and deployment polish.
March 2025: Key achievements include delivering a Kubeflow PyTorch MNIST pipeline example that demonstrates end-to-end ML workflows—data preprocessing, GPU-based model training, and inference deployment. In addition, the month included cleanup work removing outdated Mistral and Stable Diffusion XL deployment examples on AWS Inferentia2 to reduce technical debt and risk of misconfiguration. Major bugs fixed: none reported; ongoing focus on code health and maintainability. Technologies demonstrated: Kubeflow, PyTorch, Kubeflow Pipelines, GPU acceleration, and deployment polish.

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